T cells will first have to be activated by peptide presentation on MHC class II and differentiate into T helper 2 cell and T helper 2 cell will secrete cytokines IL-4, IL-5 to help B cell differentiate into a plasma cell.
T cells and B cells respond to antigens they recognize in different ways. T cells attach to foreign, antigen-bearing cells, such as bacterial cells, and interact directly-that is byu cell-to-cell contact (cellular immune response). T cells also synthesize and secrete polypeptides called cytokines that enhance certain cellular responses to antigens. B cells attack foreign antigens in a different way. They differentiate into plasma cells, which produce and secrete large globular proteins called antibodies or immunoglobulins. Body fluids carry antibodies, which then react in ways to destroy specific antigens or antigen-bearing particles.
T cells are effective against cancer and virus infected cells because the destroy the cell by rupturing the cell membrane. B cells are effective in fighting bacteria but don't directly take them on. Instead B cells produce antibodies which are molecules designed to latch onto antigens, the surface markers on an invading bacterium. These antibodies smother the bacterium essentially rendering it harmless until it can be devoured by a phagocyte, or eating cell.
As part of the immune response B cells produce antibodies which are specifically tailored to the antigens of the invading organism. Those antibodies bind to the antigens of the invading organism. This essentially neutralizes them until they can be phagocytized (eaten).
Helper T cells activate B cells, causing them to produce antibodies
i dont really know
it does not evolve in the immune system and it engages the golgi aperatis and swells it
Groups of cells that work together are called tissues.
The Brain
The cell organelles work together to carryout living activity in the cell. However, ribosomes receiving message from DNA through mRNA work together to perform specific function of protein synthesis. Receiving specific information to synthesize specific type of protein in the desired amount is the coordinated work of ribosomes.
nucleus, mitochondria and endoplasmic reticulum.
Cell receptors and antibodies both have a specific shape requirement in order for them to work. I guess thats what makes them similar.
Humoral immunity
the B-cell lymphocytes do produce antibodies.
Taking a vaccination - you are enabling your body to produce antibodies. Taking antibodies - you get antibodies, but they eventually disappear from your blood stream, and without them being replenished by your own cells, you lose the protection.
Mitochondria are the part of the cell that produce the energy-providing ATP. Chloroplasts turn the energy from the sunlight into glucose, which fuels the mitochondria.
they produce proteins for the cell
its just a way plants and animals (which we are) work
cell
the cell systems
Mast cells and EC (enterochromaffin) cells produce histamine, which stimulates the parietal cell to produce hydrochloric acid.
it does not evolve in the immune system and it engages the golgi aperatis and swells it
White blood cells produce antibodies to diseases. The antibodies enter the bloodstream and prevent a specific disease from recurring. One type of white blood cells, called B cells, manufacture and release the antibodies. Another type, called T cells, does the job of penetrating the infected cells so that the antibodies can do their work.